We present a subband adaptive infinite-impulse response (IIR) filtering method, which is based on a polyphase decomposition of IIR filter. Motivated by the fact that the polyphase structure has benefits in terms of convergence rate and stability, we introduce the polyphase decomposition to subband IIR filtering, i.e., in each subband high order IIR filter is decomposed into polyphase IIR filters with lower order. Computer simulations demonstrate that the proposed method has improved convergence rate over conventional IIR filters
Adaptive digital filters have proven their worth in a wide ran e of applications such as channel equ...
This paper introduces a polyphase implementation and design of an oversampled K-channel generalized ...
This paper introduces a polyphase implementation and design of an oversampled K-channel generalized ...
Subband adaptive filtering has attracted much attention lately. In this paper, we propose a new stru...
Subband adaptive filtering has attracted much attention lately. In this paper, we propose a new stru...
Based on a polyphase analysis of a subband adaptive filter (SAF) system, it is possible to calculate...
Adaptive infinite impulse response (IIR) filter is a challenging research area. Identifiers and Equa...
Includes bibliographical references (pages [84]-85)Adaptive signal processing application in acousti...
In this paper, we derive a polyphase analysis to determine the optimum filters in a subband adaptive...
For a number of applications like acoustic echo cancellation, adaptive filters are required to ident...
To take advantage of fast converging multi--channel recursive least squares algorithms, we propose a...
This brief proposes a new method for designing infinite-impulse response (IIR) filter with peak erro...
In this paper, we derive a polyphase analysis to determine the optimum filters in a subband adaptive...
In this paper, we derive a polyphase analysis to determine the optimum filters in a subband adaptive...
This letter presents a class of infinite impulse response (IIR) filters synthesized using a system o...
Adaptive digital filters have proven their worth in a wide ran e of applications such as channel equ...
This paper introduces a polyphase implementation and design of an oversampled K-channel generalized ...
This paper introduces a polyphase implementation and design of an oversampled K-channel generalized ...
Subband adaptive filtering has attracted much attention lately. In this paper, we propose a new stru...
Subband adaptive filtering has attracted much attention lately. In this paper, we propose a new stru...
Based on a polyphase analysis of a subband adaptive filter (SAF) system, it is possible to calculate...
Adaptive infinite impulse response (IIR) filter is a challenging research area. Identifiers and Equa...
Includes bibliographical references (pages [84]-85)Adaptive signal processing application in acousti...
In this paper, we derive a polyphase analysis to determine the optimum filters in a subband adaptive...
For a number of applications like acoustic echo cancellation, adaptive filters are required to ident...
To take advantage of fast converging multi--channel recursive least squares algorithms, we propose a...
This brief proposes a new method for designing infinite-impulse response (IIR) filter with peak erro...
In this paper, we derive a polyphase analysis to determine the optimum filters in a subband adaptive...
In this paper, we derive a polyphase analysis to determine the optimum filters in a subband adaptive...
This letter presents a class of infinite impulse response (IIR) filters synthesized using a system o...
Adaptive digital filters have proven their worth in a wide ran e of applications such as channel equ...
This paper introduces a polyphase implementation and design of an oversampled K-channel generalized ...
This paper introduces a polyphase implementation and design of an oversampled K-channel generalized ...